Battery Thermal Management Systems

Key features

Energy-Performance Optimisation

Maintaining battery temperature within its optimal range while responding to dynamic thermal loading throughout the vehicles operating cycle.

Improved Battery Safety

Mitigation of overheating risks, and operation in extreme conditions, reducing the likelihood of thermal runaway, while contributing to overall vehicle safety.

Maximise Range and Uptime

Our systems capture waste heat from across the vehicle to be used in to support heating the cabin or battery when required, reducing electrical load used by additional heaters.

Product Advantages

Customised Solutions

Bespoke system designed, built and supplied to suit customer specific requirements, extending driving range, performance and longevity.

Flexible Application Across Vehicle Types

Plug & Play installation with customer interface points aligned to installation requirements.

Seamless Integration

Lightweight and compact design reduces overall vehicle mass and packaging constraints.

Solutions within BTMS

BTMS Solutions

Battery Thermal Management System 1

A Battery Thermal Management System (BTMS) is a critical component in next-generation electric and hybrid vehicle platforms, designed to support the increased performance, efficiency and charging capabilities. Calatherm’s BTMS solutions are engineered to minimise thermal stress, optimise battery performance and protect battery integrity throughout the vehicle lifecycle. Available in a range of variants to suit different vehicle architectures, power requirements and thermal demands, these systems can be tailored to meet specific application needs. To find out more about the available BTMS variants and capabilities, please see below.

Sectors

BTMS Solutions

Battery Thermal Management System 2 (400V) (BTMS-0-6-400-12-1-1)

Its primary function is to remove excess heat from the battery pack, maintaining temperatures within an optimal operating window under varying ambient conditions and driving loads. Effective cooling is essential to ensure stable power delivery and charging performance, enhance operational safety by preventing overheating, and prolong battery life by minimising thermal stress.

Sectors